Learn how green hydrogen projects are actually developed and financed — from technology and demand through site selection, LCOH arithmetic, project finance and FID. Includes hands-on simulations to practise what you read.
Ready for Professional Training?
Upgrade for in-depth, professional-grade training
6 modules · 18 lessons · 4 hours of reading · Lesson 1 free preview
You can explain, without jargon, what makes hydrogen 'green', which colours exist, and why the electricity source decides the whole project.
You can qualify an offtaker, distinguish real demand from letters of intent, and size a plant from the demand side.
You can run a first-pass site screen and explain why two sites with the same solar resource can differ by $2/kg.
You can build a simple LCOH estimate by hand and identify which assumption is doing the most work.
You understand how a project gets funded, what a lender tests, and what 'bankable' means in practice.
You can lay out a development sequence with gates, costs and timelines, and know which H2Hub tool serves each stage.
Hydrogen is the same molecule no matter how it is made. The "colours" describe the production route, not the gas.
Grey hydrogen comes from steam methane reforming of natural gas and emits roughly 9–12 kg CO2 per kg H2. Blue hydrogen is the same process with carbon capture attached, so the emissions depend entirely on the capture rate and on upstream methane leakage. Green hydrogen is water electrolysis powered by renewable electricity: the only direct outputs are hydrogen, oxygen and heat.
The practical consequence for a developer is that green hydrogen is an electricity project wearing a chemical plant's clothes. Electricity is typically 60–75% of the levelised cost of hydrogen (LCOH). If you do not have a credible, low-cost, well-documented renewable electricity supply, no amount of clever equipment selection will save the economics.
That is also why certification schemes (EU RFNBO rules, the US 45V credit) do not ask "is your plant efficient?" first. They ask where each megawatt-hour came from, when it was generated, and whether it was additional to the existing grid.